Dumbbell shaped nickel nanoparticles have been synthesized for the first time by laser
induced fragmentation of bulk nickel powder in aqueous sodium dodecyl sulfate. The …

In this paper, permalloy films containing artificially created nanoscale perforations are
studied, and it is theoretically substantiated that in the region of a pair of closely spaced …

While the magnetic properties of nanoscaled antidot lattices in in-plane magnetized
materials have widely been investigated, much less is known about the microscopic effect of …

Magnetic films containing ordered arrays of holes (“antidots”) with period∼ 200 nm have
been prepared using porous anodic alumina substrates with square and hexagonal …

Arrays of Permalloy antidot thin films have been prepared by sputtering onto hexagonally
ordered anodic alumina templates. Geometry parameters of antidot arrays have been …

Nanoscale artificially engineered spintronic materials could be used to enlarge the storage
density of magnetic recording media. For this purpose, magnetic nanostructures such as …

The magnetization reversal in nanoscaled antidot lattices is widely investigated to
understand the tunability of the magnetic anisotropy and the coercive field through …

Experimental and theoretical evidence of plasmon-enhanced Kerr rotation in purely
ferromagnetic membranes with sufficiently small dimensions to be out of extraordinary …

We study the reversal mechanisms in a self-assembled, hexagonally ordered Fe antidot
array with a period of 200 nm and an antidot diameter of 100 nm which was prepared by …

A numerical analysis is focused on the influence of patterning and finite-size effects on the
hysteresis properties and magnetization reversal of permalloy antidot films with square …